crazydriver667

[crazydriver667]

Latex vibe

[crazydriver667]

Latex vibe

[crazydriver667]

Latex vibe

[crazydriver667]

180°C海景房诱惑

[crazydriver667]

Lv5 adventure open with Waypoint Blueprint in Adventure chat. Follow the path as always and we can open up all boxes ^_^. Let's do this together!

(Please read and respond before taking the 1st step, thx)

[crazydriver667]

Welcome on board ladies and gentlemen, glad we can do this together. Before we start is mission, let's make out our plan to ensure we gain the most. Here is the blueprint:

I can be team A as always, please leave a note down here before you move so other members can identify you. Tell us which team (A/B/C) you want to be. Thank you!

[crazydriver667]

A: 5 9 10 14 17 20 27 25 21 Boss B: 4 6 10 11 15 22 15 19 18 Boss C: 2 7 8 12 16 23 26 25 21 Boss

[crazydriver667]

A real genius don’t need those frivolous ornamentations or unnessary accessories to prove who he is.

[crazydriver667]

22.1 The Genetic Code Codons - three letter genetic code (nonoverlapping) tRNA - adapters between mRNA and proteins Reading frame - each potential starting point for interpreting the 3 letter code

[crazydriver667]

Spinal cord & Spinal Nerves The spinal cord (45cm long) is part of the central nervous system and is connected to the brain Extends from the foramen magnum to the first lumbar vertebra (L1). The spinal cord is the main pathway for information connecting the brain and peripheral nervous system. 31 pairs of spinal nerves

[crazydriver667]

Key Concepts in Oxidative Phosphorylation The ATP synthase complex is a molecular motor that undergoes protein conformational changes in response to proton motive force across the inner mitochondrial membrane. For each proton that flows through the ATP synthase complex, the motor rotates 120º; 3 H+ are required for each ATP synthesized. Mitochondrial shuttle systems are required to move metabolites across the impermeable inner mitochondrial membrane. These shuttles move redox energy from the cytosol to the mitochondrial matrix using carrier molecules such as malate and glycerol-3-P, whereas, ATP translocase exchanges ATP for ADP. Numerous inhibitors have been identified that interfere with ATP synthesis in mitochondria. Some of these inhibit the electron transport system (rotenone, cyanide), or the ATP synthase complex (oligomycin, DCCD), while others function as chemical uncouplers that permit protons to cross the membrane without passing through the ATP synthase complex (DNP, FCCP). The uncoupling protein UCP-1 iconverts redox energy into metabolic heat. UCP-1 is expressed in brown adipose tissue of newborns and hibernating bears.